In DXR imaging, what can help minimize motion artifacts?

In the context of DXR (Digital X-Ray) imaging, minimizing motion artifacts is crucial because these artifacts can degrade image quality and hinder accurate diagnosis. A higher acquisition rate is effective in reducing motion artifacts because it allows for faster image capturing. When the acquisition rate is increased, the imaging system can take multiple frames in a shorter period of time, thus reducing the likelihood of capturing any movements that may occur during the exposure.

Faster acquisition rates shorten the window during which patient movement can affect the imaging, leading to clearer and sharper images. This is particularly important in scenarios where patients may have difficulty remaining still, such as pediatric imaging or when imaging critical areas where even slight motion can cause significant blurring.

Other options, while relevant in different contexts, do not directly address the minimization of motion artifacts in the same effective manner as a higher acquisition rate. For example, while digital post-processing can help enhance image quality, it cannot prevent artifacts caused by motion during the actual acquisition. Similarly, lower acquisition rates could lead to longer exposure times, which may increase the chances of motion artifacts occurring. Using traditional film does not apply as it does not incorporate the advanced technology and techniques that DXR offers for minimizing such issues.